My Life Simulator

Naturally, Lu Li would not study genetic weapons.

As for whether others will study... guess?

The successful compilation of the human genetic map has further enhanced Lu Li's academic reputation. In the field of genetics, it has become a world-recognized academic authority.

The International Nobel Prize Review Committee also had to release a message, announcing that Lu Li was nominated for the Nobel Prize in Medicine and entered the Nobel Prize review process.

Overcoming cancer, overcoming AIDS, and completing the human genetic map are enough to win the Nobel Prize. If this can't be awarded, there is no need for the Nobel Prize to exist.

The success of the human genetic map has not only given Lu Li a huge academic reputation, but also many postgraduate students such as Wen Wan.

This is a great achievement destined to go down in history. Wen Wan and others participated in this project, and their names should also be remembered in history.

In addition, this achievement has also allowed Sister Wen Wan and others to gain great academic prestige and academic qualifications.

This answer sheet is enough for their graduate studies to graduate smoothly.

Wen Wanmeizi and others have also received job invitations from research institutions across the country and even around the world.

But...no one wants to leave.

Only fools leave. "Lu Li's student", what a dazzling golden signboard is this?

Sister Wen Wan and others immediately applied to Lu Li again, and continued to apply for Lu Li's doctoral program.

Lu Li has no opinion on the application of Wen Wan and others to continue to study for a Ph.D. In the field of genetics, there is still a lot of research that can be done, and it is naturally suitable to have these skilled students as helpers.

So, Sister Wen Wan and others, as doctoral students, continued to study in Lu Li's laboratory.

"Genetic engineering, this is a project with broad applications going forward."

Lu Li called Sister Wen Wan and others over and arranged a new research project with them. "We have completed the human genetic map. In the process, everyone has made great contributions and learned a lot."

"Now, I will point you to several new research directions."

Lu Li pointed at the projection screen and opened the screen. Pictures of chickens, ducks, cattle and sheep, rice, wheat, corn, potatoes, and even kelp and sea fish appeared on the screen.

"As we all know, our country is a country with a large population. There are 1.4 billion people living on this land. Food, for us, this is never too much."

Holding the laser pointer and pointing to the picture on the projection screen, Lu Li continued: "We have completed the human genetic map. Then do gene editing modifications to further improve the yield and quality.”

"teacher!"

At this time, the Wenwan girl suddenly raised her hand.

"What's the problem?" Lu Li glanced at Sister Wen Wan.

"Teacher, your task with us is to study the genes of crops and do gene editing?"

Sister Wen Wan had some doubts on her face, "But... aren't the crops after gene editing just genetically modified foods?"

"You are right, it is indeed genetically modified."

Lu Li smiled and nodded, "But...Is there any problem with genetic modification? This kind of genetic modification of crops and livestock, this kind of genetic modification work, has been done since ancient times!"

"Fruit tree grafting, hybrid rice, livestock breeding...etc. These are all genetic modifications, all of which can be counted as genetically modified."

"All current crops, all fruit trees, all poultry and livestock, have all undergone countless genetic modifications and countless breed improvements. Seedless watermelons, purple potatoes, apple pears, strictly speaking, these are all It's a genetically modified product."

"The genetically modified technology itself is not a problem. The problem is that the genetically modified technology is not up to standard, or it is improperly operated, which leads to hidden dangers in the products after gene editing and modification."

In this regard, Lu Li naturally has the most say.

Genetically modified technology itself is not a problem. However, some people abused this technology for some commercial purposes, and some products with serious hidden dangers appeared.

This has led to "talk about genetically modified discoloration" in the society, and people are very resistant to genetically modified products.

For any kind of new technology, it is wrong to abuse and resist, and we must look at the problem scientifically and dialectically.

"Next, I will point you to a research direction."

Lu Li didn't talk much about "genetically modified technology" either. The laser pointer pointed to the seaweed in the picture.

"Seaweed, this is an aquatic plant that spreads all over the ocean. Large seaweed, more than 50 meters long."

Lu Li turned his head to look at the students below and smiled, "Think about it, everyone, if we use gene editing technology to modify the nutrient storage mechanism of seaweed, let them produce nutrient-rich tuberous rhizomes like potatoes and sweet potatoes, or It will bear fruit one by one. Then...the vast ocean will become a new fertile land!"

"Classmates, this is a work of great significance! Genetic technology will definitely change the world!"

As soon as the words fell, there was a burst of warm applause from below.

Sister Wen Wan and others were all excited and excited.

This is changing the world!

Led by our teachers, we are changing the world!

The age of genes has arrived!

...

After taking a class with Sister Wen Wan and others, and indicating the direction of future research, Lu Li left the genetic laboratory.

Crops, poultry and livestock, melons and fruits, and even marine aquatic products and freshwater aquatic products can actually be genetically researched.

Gene editing, breed improvement, and even ocean farming, all hold great research prospects.

It's just... In this kind of research, there is too much trivial work to be done, and it takes countless hours of repeated work to constantly test the effects of various genetic modifications.

This kind of trivial work, of course, has to be done by students. As a mentor, isn't it enough to point out the direction and do a technical check?

More importantly, Lu Li still has his own projects to do!

Robotic technology has completed the research on the reducer, and now there is still a servo motor to be studied.

Servo motors are mainly used to drive the joints of robots and belong to the power part of the drive unit.

Servo motors used in robot systems require high precision, high reliability, high thermal capacity, high strength, and high response speed, and also require lightweight and miniaturization.

To put it simply, it is small in size, light in weight, strong in power and high in precision.

At present, there is a huge bottleneck in domestic servo motors.

Even if the high-precision laser processing technology developed by Lu Li can solve the problem of processing accuracy, in terms of servo motor technology, there is still a lack of a key technology in China - absolute encoder!

Absolute encoder, which is the most critical high-tech in servo motor, or servo system.

When the robot performs an action, how to determine the spatial coordinate position in the action? How to ensure that each action arrives at the specified coordinate position accurately?

For example, a robotic arm rotates 360° as it rises. How can the robot determine that its position is not the same as before?

Don't say what to look at with your eyes, a robot has no brains, it can't read.

This is the role of the absolute value encoder.

The absolute value encoder can determine that each position is unique according to the encoding.

And...even after a power outage, the robot won't lose its coordinate position.

Every action on the robot body, which joint should move, are all realized by the servo motor driving the servo system. Therefore, the absolute value encoder in the servo motor is the core of the core.

Absolute encoder is a kind of mechanical encoding.

The benefit of mechanical coding is that it is immune to power outages and is immune to electromagnetic interference. As long as the absolute value encoder is not damaged, it will not be affected by any external influence, ensuring that the robot can accurately complete the required action under complex conditions.

At present, there are still big shortcomings in this technology in China.

For Lu Li, this is another "plagiarism" process.

The robotic technology in Refuge Technology has a high-precision multi-coil absolute encoder.

In the underground laboratory of Baoshan Base, Lu Li sat in front of the computer desk and began to "copy" the absolute encoder design in the shelter technology.

This copying process was very easy, and Lu Li quickly completed the design of the absolute value encoder for the private server system.

Next, Lu Li asked Assistant Tian to send some materials, using the high-precision laser processing equipment made before, to manufacture parts one by one according to the design drawings.

The 64-channel absolute value coding lithography technology is doubled and several times higher than the 16-channel lithography technology used in the world today.

In half a day, Lu Li made a complete set of servo motors.

Tested with equipment, the performance of the newly designed and manufactured servo motor is several times better than that of the best products in the world today.

Servo motor has completed technical research.

Now, the reducer has been eliminated, the servo motor and servo system have also been solved, and the control system has a gene chip, which is not a problem at all. So... be a robot and try it.

Back in the office, Lu Li sat down at the computer desk again and took out the spider robot of Refuge Technology.

The reason for choosing the spider robot is mainly because the structure of the spider robot is too suitable.

In nature, human upright walking is the most unstable movement mode, and things like falling on the ground often occur.

The eight-legged spider is much more stable, and it also adapts to various complex terrains and complex environments.

So... a humanoid robot is actually the worst shape. A robot that walks on two feet is the least stable robot, and it is much stronger even if the feet are changed to the crawler mode.

Based on the spider form, a series of robots with various functions can be developed.

The Vault's spider droid is a combat droid powered by tiny fusion reactors.

Today, Lu Li has not come up with the controllable nuclear fusion technology, so naturally there is no way to use the fusion reactor to drive the spider robot.

It's just... Even if there is no fusion reactor, it is not a problem to use a graphene battery to drive the spider robot and let it work for about four hours.

Then... get to work!

Afterwards, Lu Li made a long list and gave it to Assistant Tian to prepare materials and some general parts.

When the materials and parts were in hand, Lu Li plunged into the laboratory and started to make a "big toy".

The scaffold structure of the spider robot is made of carbon nanotube composite materials, and the outer shell is covered with a layer of titanium chromium carbide tantalum carbide hard alloy armor plate.

The servo system and reducer are installed on the shutdown drive components, the wire is made of graphene material, and the battery pack is made of graphene battery pack.

In the head of the spider robot, a detector is also required.

Lu Li took out the "video detection radar", "infrared detection radar" and "graphene millimeter wave scanning radar" in the shelter technology.

On the control system, Lu Li eliminated the graphene chip in the shelter technology and replaced it with the gene chip he developed.

Gene chips have stronger information processing capabilities and have extremely high anti-interference capabilities. Except for genetically encoded information, no electromagnetic signal can interfere with the data processing of the gene chip.

These radar technologies are far beyond the real technology. For the parts of the radar, Lu Li had to do it himself.

Fortunately, the current processing technology is all automated processing, and 3D printing technology can also be widely used. It's not too difficult to make these parts.

After working in the base laboratory for more than a week, Lu Li finally made this "big toy".

This is a huge spider.

Eight spider legs with a length of more than one meter five support the spider body of about one meter. A pair of sharp chelicerae mouthparts are exposed at the front of the head, which can be opened and closed like scissors.

The belly compartment at the rear is empty and can be loaded with the required ammunition.

As for the attack weapon... Lu Li didn't install it. If the military feels the need, it can install various machine guns and even individual missiles by itself.

Take out a laptop and install the control program. As soon as Lu Li hit the enter key, the spider robot started with a "beep" sound.

The two compound eyes turned, scanning the surrounding environment. The high-performance gene chip instantly records the data from compound eye scans.

Lu Li put his finger on the direction key of the computer, pressed the direction key, and the spider robot moved instantly.

The eight spider legs moved quickly, the toes were touching the ground, the soft material eliminated the collision sound, and the movement of the spider robot became light and fast.

When he moved to the wall, Lu Li didn't stop and instructed the spider robot to continue moving.

The next moment, the spider robot's spider legs stretched out a sharp thorn, spun into the wall, and climbed vertically along the wall!

"Not bad!"

Lu Li smiled, turned his head and shouted outside the door, "Old Tian, ​​come here, I'll show you a new toy."

"Toy?"

Assistant Tian ran into the laboratory in a hurry with a bit of surprise.

And then... FUCK!

Seeing the huge steel spider crawling on the wall, Assistant Tian's eyes widened.

Toy? You say it's a toy?

Such an awesome spider robot, you say it's a toy?